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AD ASTRA
KANSAS
FOUNDATION
Fall 2020 Volume 19, Issue 3
Image credit: NASA
Saturday, Oct 24 at the
Cosmosphere in Hutchinson
1-2:30 p.m.
This will be a hybrid
event with in-person
and virtual
presentations.
Social distancing and
masks required for
in-person attendees.
Seating limited.
Registration needed.
REGISTER
OR
Watch LIVE on our
Ad Astra Kansas
Foundation FACE-
BOOK page.
What an exciting time it is for space science, with NASA’s Artemis
Program scheduling a return to the Moon by 2024 and with Mars being
on our bucket list for the 2030s.
It’s a lot for curious space fans to absorb, not to mention teachers with
inquisitive students. So, we thought an overview of the Artemis mission,
its steps, preparations and other facets would be of
interest to many.
Speaking about Artemis will be Michael Staab, WSU
and Cosmosphere alum, who is the current Fault Man-
agement Systems Principal Engineer for NASA’s Lunar
Lander and Lunar Gateway Programs at Northrup
Grumman. Previously he worked at NASA JPL.
Martin Ratcliffe, WSU Cohen Honors professor of
astronomy will give more insight into Earth’s only
natural satellite. Ratcliffe has been a science writer in
astronomy and cosmology for over 35 years and a
monthly contributor to Astronomy Magazine since 1996.
Having worked for three years with Mars rover data,
K-State grad student Sarah Lamm will look at
Perseverance and the other rovers. She was a team
member on the Curiosity Rover for three years and
worked for Los Alamos National Laboratory for
three summers.
Steve Durst of the Ad Astra Kansas Foundation
will introduce us to a new science initiative in our
state. Durst, whose Space Age Publishing Company
has offices in Hawai’i and California, has focused on
space news and exploration for over 40 years.
Invited is physicist Dr. Gerald Jackson. If able to
attend, he will present about a NASA-funded study of
a robotic mission to Alpha Centauri and exo-planet
Proxima b.
$2.8 million grant
allows WSU to
keep leading
NASA-in-Kansas
efforts
2
KU astronomer
helps discover first
planet orbiting
white dwarf star
2
Imaging Triton--
the optics are
good for Winfield
native
3
More help for
STEM education!
3
Interstellar R & D 4
INSIDE THIS ISSUE:
This is our
12th annual
Galaxy Forum
Flyer Speakers Teachers
Orion is the
exploration vehicle
built to carry crews
to the Moon.
(SLI) competition in Huntsville,
Alabama, where they placed in the
top 10 nationally. An increase in
funding with this latest award will
allow sponsorship of more projects
in Kansas.
Linda Harl, JSP participant, has
been running Dr. Miller’s Aero-space Projects and Prototyping Lab.
She will work with Dr. Atri Dutta,
associate professor of aerospace
engineering, doing interplanetary
mission analysis and examining
launch trajectories for spacecraft
that travel between planets.
WSU is also the lead for the
Kansas NASA Established Program
to Stimulate Competitive Research
(EPSCoR) Program, which awards
research grants in support of
NASA’s strategic objectives.
EPSCoR grants encourage partner-
ships with industry.
More information about NASA in
Kansas Space Grant and EPSCoR
programs is found
at www.nasainkansas.org.
$2.8 million grant allows WSU to continue
to lead NASA in Kansas efforts
Page 2 Fall 2020
NASA in Kansas has existed since
1991, with WSU as the lead since
2007. Other members are Emporia
State, Fort Hays State, Haskell
Indian Nations, Kansas State and
Pittsburg State Universities, and the
University of Kansas, Kansas Cos-
mosphere and Exploration Place.
“Together we favorably impact lots
of students, faculty, NASA and the
state of Kansas,” said Dr. Scott
Miller, director of the program
and chair of WSU’s aerospace
engineering department.
NASA serves as a catalyst to lead in
STEM-based education, research,
industry and policy in Kansas.
WICHITA--For the fourth
time, the Wichita State College of
Engineering’s NASA in Kansas
program has secured a multi-year,
multi-million-dollar grant. NASA in
Kansas is a consortium of universi-
ties and science museums that
conduct research and outreach in
support of NASA. The latest four-
year award is for $2.8 million.
Under this mission NASA
sponsors internships at NASA
centers, fellowships for students,
and workshops for teachers.
In the past two years, three WSU
students interned at NASA. Lucas
Webb and Kelly Shelts worked on
rotocraft design at Ames Research
Center, and Brianna Wallace
worked at Marshall Space Flight
Center creating virtual reality
environments to test human
factors in space flight.
Also, NASA sponsors directorate
projects focused on missions. At
WSU, this includes the Jump Start
Program (JSP) and Experiential
Aerospace Fellowship (EAF), programs that employ WSU engi-
neering students in aeronautics-
related research and outreach
efforts.
In the past year, JSP and EAF stu-
dents have worked on NASA-
relevant research on a variety of
topics. Also, WSU sent a team to
NASA’s Student Launch Initiative
Linda Harl, WSU
aerospace engineering
junior, manages the
Aerospace Projects
and Prototyping Lab,
paid by the NASA in
Kansas Jump Start
Program. Photo: WSU
Strategic Communications
LAWRENCE — A KU astrono-
mer played a key role on the team
announcing the first-ever discov-
ery of a planet orbiting a white
dwarf star. The finding shows the
likely presence of a Jupiter-sized
planet, named WD 1856 b,
orbiting the smaller star remnant
every 34 hours.
“This planet is roughly the size of
Jupiter, [with] a very short orbital
period — a year is only 1.4 days,
so it’s quickly whipping around its
white dwarf star,” said Ian Cross-
field, KU assistant professor of
physics and astronomy, a co-author on the paper.
A white dwarf is the vestige of a
star, like our sun, that has
ballooned into a red giant then
collapsed back into a dense, dim
core often about the size of
Earth; so this planet is much larger
than what’s left of its star. The
process usually devours orbiting
planets, so its presence is
surprising.
At first, WD 1856 b captured
astronomers’ interest when they
noticed a possible transiting object
with NASA’s TESS Space Tele-
scope survey. TESS finds a planet
by looking at a star, and measures
its brightness continuously for
weeks. If a planet is orbiting the
star and passes between the view-
er and the star, some of that star-
light will be blocked. Then the star
will brighten again after the planet passes — this is called the ‘transit’
of the planet. TESS looks for
transiting exoplanet satellites. “It
tells you that something is there
— but it doesn’t necessarily tell
you what it is—a planet or an-
other dim star,” said Crossfield.
To help the international team of
scientists confirm if WD 1856 b
was a planet, he studied the ob-
ject’s infrared emissions with
NASA’s now-defunct Spitzer
Space Telescope before the
satellite’s decommission.
“This new object could have
been a small star or a big planet.
The way we could tell the differ-
ence was to look and see — is
this thing emitting infrared light as well? If it’s a star, stars are
usually hotter than planets and it
should be glowing in the infrared.
KU astronomer helps with first discovery
of planet orbiting white dwarf star
KU asst. professor
of physics Ian
Crossfield helped
find a planetary
anomaly. An
article on this was
published in the
September 17
edition of Nature.
Photo courtesy KU news
STAR cont. pg.3
Page 3 Fall 2020
Imaging Triton—Optics are good for Winfield native
Winfield native Penny Warren
became interested in science at age
eight. “We learned about the water
cycle. It fascinated me. I knew then
I was going to be a scientist.”
In high school, she was good at
math and loved “knowing the un-
derlying drivers of things. Physics
seemed like the most basic science,
so it seemed like a good spot,”
she said.
With degrees in physics from
Kansas State in 1987 and Purdue
n 1996, her first work was at the
Optical Science Division of the Na-
val Research Lab in Washington,
D.C., researching improvements in
cameras that photograph in infrared
and visible wave bands.
Since 2002 she has worked for Ball
Aerospace in Boulder, Colo., as a
manager in their Detector Engi-
neering Area. This is in support of
a project proposal for NASA’s
Discovery Mission’s 2025 TRIDENT
spacecraft mission.
The goal is to design a camera for a
flyby of Neptune’s moon Triton.
Detector engineering is the tech-
nical development of materials,
electronics, and optics to build
cameras and other products at
many wavelengths of light.
The cameras used for NASA
missions are quieter and make
much clearer images than our cell
phones. All aspects of the camera,
from the materials used to the tem-
perature it operates at, affect the
precision of the cameras.
The payloads Ball proposes to build
for the Triton mission are an infra-
red spectrometer and a narrow
field-of-view visible band camera.
According to Warren, the space-
craft and instruments must be radi-
ation tolerant because of Neptune
and Triton’s high radiation fields.
Instruments need to operate at very
low temperatures—the infrared
spectrometer at 40K (-387
degrees F) and the visible camera at
168K (-157 degrees F), so that the
thermal noise in the cameras is very
low and the images are as crisp as
possible.
“[I] loved
knowing the
underlying
drivers of
things…”
Among the parameters guiding the
design are structural issues since
the cameras have to survive launch.
There are material issues because
even the glues used still have to be
sticky at these low temperatures.
Electronics performance is
important so the electrical parts
do not introduce noise or other
distortion to the images. Designers
have to do thermal modeling to
make sure they don’t overheat or
freeze the cameras.
And then there’s Triton itself. “We
have to have a very good idea of
what elements compose Triton to
ensure the spectrometer is sensitive
to the optical signature of those
elements,” said Warren.
The thing she most enjoys about her job, besides working with really
dedicated, bright people, is “that
the work is exacting. We are build-
ing complex systems and can’t really
see how all the parts interact until
we build it and try it out.”
The biggest surprise in her career
came at her first job at the naval
lab. “I was surprised that a country
needs such good education, ele-
mentary on up, and a really strong
industrial base to build instruments
at this level of excellence. This was
a revelation—the importance of so
many levels of excellence all along
the way for a country to reach this
higher plain. Before, I just took this
for granted.”
For those interested in science,
Warren said, “Stick with it! I wasn’t
a straight A student or the best in
my class, but by studying and work-
ing hard you can become an im-
portant contributor to the team.”
But planets are usually colder than
stars and so there should be little
or no infrared light.
Spitzer data showed basically no
infrared light at all. And the depths
of these transits are identical be-
tween the TESS data and our
Spitzer datasets. The conclusion
was that this is almost certainly a
planet,” said Crossfield.
WD 1856 b is located about 80
light years away in the northern
constellation Draco. The team
believes the gaseous planet was
pulled in by the white dwarf’s
gravity long after the star had
dwindled down from its red giant
phase — otherwise the planet would have been obliterated in its
current orbit.
STAR cont. from pg. 2
MANHATTAN — K-State Uni-
versity’s College of Education
Rural Education Center recently
received a $451,480 grant to sup-
port STEM education in rural and
underserved communities.
The USDA Distance Learning and
Telemedicine Grant will support
the center's Rural Enhancement of
STEM Education through Tele-
Presence, or RESET, program and
purchase strictly equipment like
robots, microphones and laptops
for the 20 schools in 10 Kansas
school districts involved in the
project.
Participating in the grant are An-
dale High School, Andale; Axtell
High School, Axtell; Cheylin High
More Help for STEM Education!
School, Bird City; Buhler High
School and Prairie Hills Middle
School, both in Buhler; Garden
Plain High School, Garden
Plain; Jackson Heights High
School, Holton; F.L. Schlagle
High School, J.C. Harmon High
School, Sumner Academy, Wash-
ington High School and Wyan-
dotte High School, all in Kansas
City.
Also involved are Blue Stem
High School, Leon; Ness City
High School, Ness City; Osage
City High School and Osage City
Middle School, Osage City;
Sabetha High School and Sabetha
Middle School, Sabetha; Troy
High School, Troy; and
Wetmore High, Wetmore.
Volume 18, Issue 1
Published through the Ad Astra Initiative of Space Age Publishing
Company 230 California Avenue
#108 Palo Alto, CA 94306
Editor/Publisher: Steve Durst [email protected]
Managing Ed: Jeanette Steinert [email protected] Webmaster: Ken Moum
Topeka Liaison: Jodi Spindler
We’re on the web! and
Board of Directors
President: Jeanette Steinert
Vice-President: Ken Moum
Treasurer: Vicki Johnson
Steve Durst
Caleb Gimar
Craig McLaughlin
Kay Neill
Nick Solomey
• Introduction to the In-
terstellar Community:
-100-Year Starship, Icarus Inter-
stellar, IRG/TVIW, i4iS, Tau Zero
Foundation, Centauri Dreams,
Ad Astra Kansas Foundation,
Breakthrough Starshot / Initia-
tives, et al …
• Curriculum Considera-
tions:
-Ad Astra Kansas News
Interstellar R&D 38 Features
2001-2020 on Interstellar Obser-
vation, Communication, Trans-
portation
-Founding Statement of Purpose
-First Course(s) – 2021, in
Topeka, Wichita, Hutchinson,
Lawrence, Manhattan, Emporia?
-Professors, Teachers, Instructors
-IU Home Campus Location
-Organization
-Funding First Year(s)
Relativistic Travel to Proxima B
Proxima b, in Alpha Centauri, is
attracting researchers interested
in finding out if it is as habitable as
it seems. Breakthrough Initiatives
is planning to send probes to
study it, so is Douglas Vakoch,
who leads the Messaging Extrater-
restrial Intelligence (METI), and
Gerald Jackson of Hbar Technolo-
gies. The METI initiative will look
for laser pulses emanating from
Proxima b, which, if detected,
would be a sign that there may be
life on this planet.
This “Interstellar R&D” thirty-eighth feature in the Ad Astra Kansas News continues a 19-
year enterprise to research and gather information on important developments preparatory
to humanity’s greatest adventure—voyaging to the stars. Now, at the millennium’s turn, is an
appropriate time for grand vision and forward thinking, and there are strong signs of a renais-
sance in interstellar travel thought and activity. This feature and newsletter, thus, now set
forth to develop a national / international /global clearing center and storehouse of knowledge
and know-how for travel to the stars: Ad Astra—Galactically, Steve Durst
Page 4 Fall 2020
INTERSTELLAR R & D Ad Astra Kansas News
Observation Communication
Transportation
The EHT is an expanding global
consortium of dozens of world-
class radio telescopes, observato-
ries and organizations involving
hundreds of astrophysicists that
uses VLBI technologies to create
an Earth-diameter sized capacity
for imaging black holes and their
accretion disks, testing general
relativity, understanding jet gene-
sis, and instrument collimation.
First image of a black hole at the
center of supergiant elliptical
galaxy Messier 87 was announced
and published April 10, 2019, by
the EHT Collaboration at six
simultaneous press conferences
worldwide. EHT continues to win
many awards for the M87 pro-ject, which provides powerful
confirmation of the Einstein gen-
eral relativity theory. EHT hopes
next to image high priority Sagit-
tarius A*, the supermassive black
hole at the center of the Milky
Way.
Pioneers leading EHT include
Shep Doeleman, Founding
Director; Geoff Bower, Project
Scientist; Jessica Dempsey, EAO /
JCMT; Huib van Langevelde,
Project Director; Heino Falcke,
Radboud University; Recent EHT
highlights note that Smithsonian
Astrophysical Observatory has
partnered with National Society
of Black Physicists to form the
SAO / NSBP EHT Scholars Pro-
gram.
Earth-Moon VLBI could result in
massive expansion of black hole
imaging capability appropriate for
relativistic considerations of the
Interstellar age.
Event Horizon Telescope EHT
Rural Educa-
A long-standing goal of the AAKF,
especially board member Steve
Durst, has been to promote space
science in Kansas. Durst suggests
“the potential establishment of
an Interstellar University (IU), a
collection of rich international in-
terstellar R&D resources, could be
a timely consideration for early
2020s decade to realize the long-
range vision to innovate, educate,
inspire and achieve Interstellar
observations, communications,
transportation in the 21st Centu-
ry.”
Kansas seems an appealing location
and the time right to launch a mod-
est beginning for this important
venture, planning for next the 5 years and decades beyond. Perhaps
first starting with an existing uni-
versity department and expanding
to a regular curriculum, the IU
would build on in-state resources.
IU may be similar to the Interna-
tional Space University, and see
participation from the Interstellar
community. A hybrid online organ-
izing meeting will occur on Oct.
24 , to gauge support for this
ambitious and far-reaching goal.
Agenda Considerations:
• Why an IU in Kansas?
-Geography: Mid-Way USA
- National Attributes, Character:
Heartland, Breadbasket;
-State Motto: Ad Astra Per Aspera,
“To the Stars Through Difficulties;”
- University Science & Research,
Industry Technology Capabilities
Interstellar University
First Planning Meeting,
Cosmosphere, Hutchinson, KS